Dual CAN bus fire-fighting linkage intelligent control system

Abstract

The invention discloses a dual CAN bus fire-fighting linkage intelligent control system which comprises a single main control box (1), N isolators (2), N power supply boxes (3) and N window openers (4). The power supply boxes (3) supply power to each isolator (2) and each window opener (4). The system is connected with the N window openers (4) in parallel through a power line ring net (13), a CAN signal line ring net I (11) and a CAN signal line II (12); and each isolator (2) uses the CAN signal line ring net I (11) to timely collect and inspect the status information of each window opener (4) and feedback to the main control box (1), and the status information is displayed in the main control box (1) in real time. The system effectively unify the model and the type of the window openers, and is convenient for installation and debugging; and the system can realize model unification, flexible networking, intelligent synchronization and stroke adjustment of one or more groups of window openers, thereby enhancing user experience satisfaction, and urban intelligence control strategies and levels.

Description

technical field [0001] The invention relates to a dual CAN bus fire-fighting linkage intelligent control system, which belongs to the technical field of window opener fire-fighting linkage intelligent control. Background technique [0002] With the development of science and technology and the improvement of people's living standards, human beings have further improved requirements for living, working environment, artificial intelligence, and user experience satisfaction. Modern urban buildings have many internal equipment, high personnel density, and complex on-site environment, which puts forward new requirements for the fire linkage intelligent control system: [0003] It is required that the fire linkage intelligent control system can arbitrarily form one or more ring networks in real time, realize the synchronization of one or more window opening machines, and can simultaneously open large and heavy windows; [0004] When the window status is abnormal, the alarm signal...

AI Technical Summary

Problems solved by technology

[0006] At present, various fire linkage controls on the market are mainly realized by manpower and non-intelligent equipment. The product types are various, the failure rate is high, and the debugging is complicated. It is difficult to meet the requirements of synchronous intelligent control of one or more groups of window opening machines and stable and reliable systems.

[0007] And for the different sizes and weights of windows, the current control system cannot unify the types of window drives, and cannot intelligently adjust the stroke of the window drives, which increases the difficulty of installation and debugging.

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